Designed for Home Sleep Testing and Portable PSG
The BWMini PSG is a compact, battery-powered system built to support Type I *, II, III, IV and Home Sleep Tests (HST). Lightweight and patient-friendly, it allows sleep professionals to collect high-quality data in both home and clinical environments—without sacrificing diagnostic depth.
Adaptable to Any Sleep Study Protocol
• Supports Type I to IV PSG configurations
• Ideal for home sleep testing programs and ambulatory PSG
• Can also be used for routine EEG, photic stimulation*, and hyperventilation protocols
• Portable with up to 48 hours of battery life on a single charge
• Compatible with non-proprietary sensors and accessories
*Photic stimulator sold separately.
Streamlined for Remote and Ambulatory Use
• LCD screen displays impedance, battery status, and recording progress
• Mini SD card slot (up to 32 GB) for secure onboard data storage
• Optional body position sensor and automatic event marking
• Worn in a compact waist pouch with belt support
• Data upload via USB or SD card reader into BWAnalysis software
Key Integrated Sensors and Inputs
• SpO₂: Integrated Nonin xPod module (SpO₂, BPM, plethysmography)
• Pressure: Internal pressure transducer for nasal airflow and snore channels
• DC Inputs: 3 built-in DC channels for auxiliary devices (e.g., CPAP, CO₂)
• Body Position: Optional integrated sensor
• EEG/EMG/EOG/ECG: Supports full headbox for EEG and other biosignals if needed
Technical Specifications
• Up to 42 total channels, including EEG, EOG, EMG, ECG, airflow, RIP belts, SpO₂, pressure, DC
• Sampling rate: up to 2000 Hz
• Bandwidth: 0.03–100 Hz; notch filter at 50/60 Hz
• Resolution: 16-bit A/D conversion
• Event Button, calibration, and impedance check integrated
• IP22-rated housing (when used with protective nylon case)
Compliance and Safety
Certified according to IEC 60601-1, 60601-2-26, and EMC regulations, the BWMini PSG ensures safe operation for home and clinical use. Designed for uninterrupted performance in mobile applications, it is ideal for modern sleep programs focused on remote diagnostics.
